研制了一种含有透明绝热结构的太阳能蜂窝平板集热器，从理论上分析了集热器吸热板与蜂窝板间有空气隙的复合蜂窝结构的表面传热损失，并对闷晒实验作了描述和总结．实验发现：蜂窝结构大大提高了集热器吸热板的闷晒平衡温度；理论分析也指出：蜂窝结构显著降低了集热器的表面热损失系数．因此，采用透明绝热蜂窝结构是提高太阳能集热器集热效率的一种有效方法． A solar honeycomb panel collector with transparent thermal insulation structure was developed. The surface heat loss of the composite honeycomb structure with air gap between heat sink and honeycomb panel was theoretically analyzed. The description and summary. The experimental results show that the honeycomb structure greatly increases the drying temperature of the collector heat absorption plate. Theoretical analysis also shows that the honeycomb structure significantly reduces the surface heat loss coefficient of the collector. Therefore, the use of transparent adiabatic honeycomb structure is an effective way to improve the heat collecting efficiency of solar collectors.